Abstract

Light scattering in a magnetic uncorrelated disordered medium is discussed in terms of polarization eigenchannels within the multiple scattering theory. The channels are characterized by individual transport constants: diffusion constant, attenuation coefficient, and free scattering path length. Leading-order magnetooptical effects induce oscillations in the subspace of linearly polarized eigenmodes. They appear in two pairs of modes with different frequencies. The subspace of circularly polarized eigenmodes remains free from magnetooptical effects.

中文翻译：

---

磁不相关无序介质中的极化特征通道

摘要

磁不相关无序介质中的光散射根据多重散射理论中的极化本征通道进行了讨论。通道的特征在于单独的传输常数：扩散常数、衰减系数和自由散射路径长度。前导磁光效应在线性极化本征模的子空间中引起振荡。它们以不同频率的两对模式出现。圆极化本征模的子空间仍然没有磁光效应。